From Wired Top Stories: Video: First Nanorockets Might Shuttle Drugs, Robo-Surgeons

In the movie Fantastic Voyage, a crack surgical team is miniaturized inside a ship. Their mission: to destroy a blood clot in the brain of a Soviet-era informant. Given the relatively vast distances covered inside the body, however, movie makers probably should have equipped vessel with rocket motors instead of propellers — and engineers have now designed nanorockets that would’ve fit the bill.

from Wired Top Stories

From Popular Science – New Technology, Science News, The Future Now: Nokia Announces 41-Megapixel Smartphone, Depleting the World’s Supply of Megapixels

Nokia 808 PureView Nokia

Mobile World Congress, Europe’s biggest mobile tech conference, was the site of Nokia’s ruthless mining of the world’s natural megapixel reserves. The Finnish company (who’s lately started making phones we really like) announced the 808, a smartphone with a 41-megapixel camera, along with a sensor and flash big enough to feel at home in a point-and-shoot. According to our photog brothers at Popular Photography, that’ll give the phone better digital zoom capabilities and hopefully better image quality–Nokia has a new system to take all those pixels and turn them into nicer, smaller pictures. (Oddly, the phone will use, of all things, the very dead and very awful Symbian OS.) Read more over at Pop Photo.

from Popular Science – New Technology, Science News, The Future Now

From Engadget: HTC unveils One series camera upgrade, gets dedicated chip, f/2.0 lens, 0.7-second startup

HTC unveils One series camera

We’ve not even seen the devices yet, but HTC CEO Peter Chou is very excited about the camera sensor inside his mysterious new phones. The module packs a f/2.0 camera lens, while the company’s been busy crafting its own image sensor put behind it, called the HTC, er, “ImageChip.” It’ll help to clarify low-lit pictures and ensure a capture speed of under a second — 0.7 seconds from starting up the camera app, in fact. It also has the tantalizing ability to shoot pictures while recording continuous-focus 1080p video. Add in a new LED flash that has five different levels of brightness control and as you might be able to guess, we really want to see these phones — now.

 

from Engadget

From Engadget: Google dives deep to bring underwater photos of the Great Barrier Reef this September

Your next trip to the Great Barrier Reef could be from the comfort of your home now that Google’s partnered with Caitlin SeaView Survey, the University of Queensland’s Global Change Institute and the Underwater Earth organization to document this amazing ecosystem. Equipped with a special underwater camera capable of withstanding depths of 328 feet, the survey aims to photograph 50,000 shots in 360-degree panoramic view and incorporate them into Google Earth and Google Maps. Dubbed “Google SeaView,” it seeks to open opportunities for increased conservation as well as a free look for wanna-be world travelers who can’t afford a plane ticket down under. As an added perk, the collected data may also be used to help future ship captains navigate through the treachery of the intricate coral highways. Check past the break for more info on the survey and plenty of footage teeming with aquatic wildlife.

Continue reading Google dives deep to bring underwater photos of the Great Barrier Reef this September

 

from Engadget

From Engadget: Light-based ‘Metatronics’ chip melts minds, not copper

Engineers at the University of Pennsylvaniahave flipped the switch on a new type of computer circuit. Unlike conventional silicon, the new chip uses light — not electricity — to perform its logic. By creating an array of nano-rods, light-flow can be treated like voltage and current. These rods can then be configured to emulate electrical components such as resistors, inductors and capacitors. The benefits of the so-called “metatronic” system would be smaller, faster and more efficient computer chips, which is clearly a welcome prospect. Another curious property the team discovered, is what it calls “stereo-circuitry.” Effectively one set of nano-rods can act as two different circuits, depending on the plane of the field. This means your CPU could become a GPU just by changing the signal. We can’t speak for the light itself, but our minds are certainly bent.

 

from Engadget

From Engadget: DIY’er makes his own conductive ink, teaches you how to do the same

There are DIY projects that you should do at your own risk, and then there are DIY projects that you should do at your own risk. This conductive ink concocted by Jordan Bunker falls into the latter category, but it should be relatively straightforward for those who know what they’re doing (or those with proper supervision), and it results in a product that’s markedly cheaper than existing off-the-shelf alternatives (Jordan spent around $150 for a decent-sized batch). That can then be used for any number of electronics projects, of which you’ll have to discern your own degree of danger. Jordan’s promising a video soon, but you can find the complete instructions for making your own at the source link below in the meantime.

from Engadget